CLF-Type Coarse and Heavy Particle Flotation Machine

Product Introduction

The CLF-type coarse and heavy particle flotation machine is an advanced device specifically designed for the efficient separation of coarse and heavy particles. Its design aims to meet the precise separation needs of non-ferrous, ferrous metals, and chemical raw materials. It excels in handling coarse particle materials while also delivering effective separation for fine particles, bringing new vitality to the mineral processing industry.

Advantages and Features

High-Density Slurry Processing Capability

The CLF-type flotation machine is designed for high-density slurries, capable of handling high-concentration feed materials. It effectively addresses issues such as slurry sedimentation, significantly improving the recovery efficiency of coarse and heavy minerals and ensuring maximum resource utilization.

Low Energy Consumption Operation

Thanks to the innovative impeller, stator system, and optimized slurry circulation path, this flotation machine achieves a significant reduction in power consumption. It not only saves energy but also reduces operational costs, aligning with the trend towards green production.

Working Principle

The CLF-type flotation machine features a high-ratio, backward-inclined blade impeller. The unique design of the lower blades adheres to fluid dynamics principles, ensuring that the slurry follows the prescribed path for internal circulation even at lower speeds. The upper slurry flows through the circulation channel to the false bottom area, where the pressure difference between the aerated and non-aerated zones, combined with the impeller’s suction action, directs the slurry into the impeller zone.

It then passes through the grid plate, forming a suspension layer. This design ensures that coarse mineral particles remain stably suspended above the grid plate, reducing the distance that mineralized bubbles need to rise. It creates optimal shallow tank flotation conditions, while minimizing turbulence in the upper part of the tank, resulting in a stable separation zone and foam layer. This greatly enhances the recovery efficiency of coarse mineral particles.

Technical Parameters